4 ways in which VPLS can positively impact how you do business

1) Improved agility with VPLS:

In the current climate of rapid change and advancement, companies which are set up to respond the most quickly to market shifts will be the ones that retain a competitive advantage. A Virtual Private LAN Service (VPLS) solution assists companies to this end. VPLS uses MAC addresses with Layer 2 switching as opposed to Layer 3 MPLS solutions which use IP addresses and Layer 3 routing.

The over-riding advantage of this is that with VPLS you are in control of your own IP routing. Therefore, your IT department can be much more agile in responding to varying levels of customer demand. VPLS networks allow you to conduct rapid reconfigurations yourselves without having to contact your service provider and wait for the provider to act upon the request. Even if you do require a service provider change, the typical time to make network changes to Layer 2 VPLS networks is only a fraction of that for Layer 3 MPLS networks because the network planning process is much simpler, which could be crucial for some businesses. Another feature which aids agility is the ease of adding new sites. With our VPLS-enabled NGN, a new site can be added by simply changing the network router that connects the site to the VPLS network. With Layer 3 MPLS solutions, however, it is a much more complex process as all of the service provider's routers need to be changed which typically takes 10 times as long.

2) Improved efficiency with VPLS

Companies with a VPLS-enabled NGN will be more smooth-running and thus should be able to provide a better level of service to their customers. This is down to the fact that with VPLS the company has access to its own network information so faults in a VPLS network can be isolated much faster and the IT department can trouble-shoot to fix an urgent crisis rather than having to go through a number of support engineers to get the information required. Less network down-time means higher corporate efficiency and productivity. Another aspect of our VPLS solutions is that they offer 5 levels of Quality of Service (QoS) and allow you to define your own priority levels either through labeling your traffic or using the service aware QoS feature on the core network. This is how VPLS maximises efficient network usage according to your business needs, so you can rest assured that mission-critical data such as CRM, ERP and SCM are allocated enough bandwidth, alongside key services such as video conferencing and telephony, even during peak usage and without costly over provisioning of network capacity.

3) Lower costs with VPLS

Companies that use VPLS solutions will find they have lower costs for a number of reasons. Firstly, VPLS enables convergence of services such as VoIP, video etc. so that all traffic can be delivered over a single Ethernet interface, eliminating multiple leased lines and resulting in economies of scale. Secondly, working with VPLS uses the same skills sets that LAN specialists have, so you would not need to provide additional training on WAN skills or hire WAN specialists. In addition, VPLS requires a lower cost of CPE as it requires smaller and fewer routers than MPLS solutions.

4) Lower latencies with VPLS

As a switched, Layer 2 solution VPLS is zero-hop in the core of the network, so extremely low round-trip latencies can be achieved. For example sub 1millisecond within London and 67milliseconds round-trip from London to New York. This improves the productivity of the workforce as information is available faster. It also saves retail customers using EPOS systems time dialling up to make credit/debit card payments, improving their customers' sales experience.




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One of the most reliable sources of internet service is satellite internet. This type of internet is not only reliable but it also provides you with one of the fastest connections available. There are several types of internet connections such as dial-up and DSL which has many drawbacks to using them. Dial-up has a slow response time when it comes to uploading and downloading information on the internet and it is unreliable because it is run through a telephone line. As with any above ground line, a telephone line can be cut, broken or damaged by weather rendering your internet useless.

DSL is a high speed telephone line internet connection. It is known as the digital subscriber line that allows data to be sent through a telephone line. This is a little bit different than a regular dial-up line. These are intended for data transfer only and they do not allow you to connect a telephone to it. You have some of the same problems with these lines as you do with dial-up lines except you can transfer data much faster through DSL. These are still less reliable for internet connections than satellite internet because the signal still comes through a telephone line, especially for remote rural areas where telephone lines run for many miles.

Satellite internet uses a satellite dish with a satellite modem to connect you to the internet. This means that instead of your signal coming through a series of long, above ground telephone and electric lines, they are sent via microwaves through the air to a gathering dish that gathers the signals and runs them through a single line going from the dish to your modem. With this type of system you don't have to worry about outages during inclement weather nor do you have to worry about static bumping you off line every time your phone rings.

When you get satellite internet service, a modem is included to connect to your computer. This modem is what regulates the signal that your satellite dish gathers. It is a much faster connection because there are no long lines for the information to have to travel through like there are with dial-up or DSL connections. With DSL and dial-up the longer the line that the information has to travel through, the slower the speed. This means that your information may have to run through hundreds of miles of line to get back to your computer.

Since satellite internet service comes through the air on microwaves, there is nothing to slow it down. The dish generally sits less than 50 ft from your computer so it is not slowed down by long lines. It also means you stay connected as long as you want to be without interruptions due to line traffic and static. As long as your computer is turned on, you will have an internet connection. There is no better way to get internet service in rural areas than with satellite internet service. Prices are reasonable in comparison to other forms of internet service and it can be installed within a couple of hours.



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The internet has become so popular with kids and adults that many people living in rural areas find themselves wondering how to get it. Many rural areas do no get internet service because their local cable companies do not offer cable in the area, there are no local access telephone numbers or it would cost too much to get it installed. There is a solution to the dilemma of no rural internet. Satellite dishes are available to almost every corner of the country. With satellite you get your signal from the sky and not DSL lines or cables.

Most satellite companies provide the dish, the modem and any other equipment you might need to connect your computer to a satellite dish in order to receive the internet. It may take a couple of hours to install the equipment, but once it is installed you have an internet connection as long as your computer is turned on. There is no worry about being bumped off because of too much activity on a phone line, loss of internet because the phone lines go down or interference from electrical components of another product. This makes rural internet one of the most reliable forms of internet service available.

When you order satellite rural internet a professional installer will come to your home and install the satellite dish that is required to receive a signal. This can be done on the roof of your home, the roof of a garage or in an open field. You must have a clear line of sight to the southern sky in order to receive a signal from a satellite dish. Once they have the dish installed, they will run cable from the dish to your home. This is what will run to the satellite modem that is included with your installation. The modem is then connected to your computer through an Ethernet or USB cable. The dish is turned to allow the signal to be captured and you are on your way to the World Wide Web.

There are other ways of getting rural internet service. Some electric companies are offering internet services to their rural customers. Since they are constantly expanding their service areas, many rural areas are being fitted with the capabilities of internet service. Another popular way of receiving rural internet service is through wireless cell phone companies. Many of these companies are offering internet service though the use of your cell phone or a plug in component that can be purchased separately. In some instances your cell phone can be used as a modem to enable you to access the internet.

Even though there are other means of getting rural internet service, there is no better way of connecting than through a satellite dish. Once you have rural internet service, you will be surfing the web with lightning speed. Downloads will be fast and pages will load almost instantaneously. Some internet service providers will allow you to use their software free of charge if you have a satellite or broadband connection.



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With computers behind almost everything in society it's a necessity to pick up on some of the jargon. If you use a computer or browse the internet at all, you're likely to come across talk of IP Addresses. In the simplest terms, an IP address is a numerical label that marks devices on a network. Basically, it shows where a computer is on a network and can describe what the device is, like a house or apartment in a town. The IP in the term stands for Internet Protocol, and the address can either be static or dynamic. A static address is a unique and permanent number assigned to a computer, like a thumbprint. A dynamic address is a temporary number that is assigned each time a computer enters a particular network. IP addresses are typically used to find computers or servers across the web to connect to. From there somebody can talk over the internet, share information, browse a web page, or even play a game with a friend.

Every computer has an IP and each looks like four sets of numbers separated by decimals. Each set can range from 0 to 255 and are occasionally described as octets. This refers to binary code, the language through which computers communicate. Each set of numbers in an IP Address is shown as eight 0's or 1's in binary. Since there are four sets, each being an octet, IP addresses are often referred to as 32-bit addresses. The binary code used to describe any particular IP address may vary and marks what class of network the IP address belongs to. There are five classes of networks, ranging from A through E.

Each class describes how many addresses an organization can support, as well as the size and type of network. Each class provides a certain amount of address space across a network, Class A being the biggest portion and E being the smallest. The first octet in an address shows which class the IP address is apart of. Class A starts with 0. Class B starts as 10. Class C is 110. Class D starts with 1110, and Class E starts with 1111. Classes A though C are standard networks, or unicast networks. Classes D and E are special types of networks, D being multicast and E being reserved. The Classful system is only seen in remnants today and has been effectively replaced by Classless Inter-Domain Routing.

In summary, an IP Address shows where a device is on a network so that other devices may interact with it. When you look up a web page, send an email, play an online game, or connect to any kind of network, an IP Address is being used to make it possible. An IP address is not always intended to identify the device, but primarily where it is. If you want to find your own IP Address, there are many sites that do the work for you and display all the details.



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